Speakers

Minicourses

Ailsa Keating	Homepage
Research interests:	Geometry and topology, in particular symplectic geometry and homological mirror symmetry.
Title:	Knot theory, knot practice

Ellen Luckins	Homepage
Research interests:	Fluid dynamics, industrial modelling, free-boundary problems and multi-scale asymptotic methods
Title:	Free boundary problems in phase-change and porous media

Joshua Shelton	Homepage
Research interests:	Matched asymptotic expansions and the Stokes phenomenon in asymptotic analysis; nonlinear free boundary problems such as water waves
Title:	Resummation of divergent series expansions and the Stokes phenomenon

Martin Speight	Homepage
Research interests:	Applications of differential geometry to high energy and condensed matter physics, particularly the geometry of moduli spaces of topological solitons
Title:	Topological solitons

Perla Sousi	Homepage
Research interests:	Random walks, Brownian motion, mixing times of Markov chains, Poisson Brownian motions, rearrangement inequalities.
Title:	Random walks, electrical networks and uniform spanning trees

Panayiota Touloupou	Homepage
Research interests:	Statistical methodology and computational statistics
Title:	Statistical inference for epidemic models

Colloquia

Dan Lawson	Homepage
Research interests	Scalable methods for machine learning and statistical inference, with applications in genomics and reconstructing history
Title:	Information in large data: Lessons from population genomics on relating mathematical models to algorithmic scaling

Ben Green FRS	Homepage
Research interests:	Additive combinatorics and analytic number theory
Title:	Fourier analysis in additive number theory, and its generalisations

Franscesca Tripaldi	Homepage
Research interests:	Analysis and geometry, in particular subcomplexes intrinsic to subRiemannian geometry and characterising the topology of minimal surfaces
Title:	SubRiemannian geometry in real life: how to parallel park your car

Emma Horton	Homepage
Research interests:	Stochastic modelling, including branching processes, growth-fragmentation, SDEs and sequential Monte Carlo, with a particular focus on applying these to real world applications.
Title:	Neutron transport from a probabilistic perspective

Euan Spence	Homepage
Research interests:	The interface between semiclassical analysis and numerical analysis of partial differential equations, in particular problems involving the scattering of acoustic and electromagnetic waves
Title:	Numerical analysis of wave scattering problems

Ian Leary	Homepage
Research interests:	Geometric group theory, cohomology of groups, classifying spaces for families of subgroups
Title:	Decision problems in topology